Medium frequency induction heating equipment outputs high power at low frequency, making it a specialized device for through-heating, thermal deformation, and casting;

Utilizing IGBT power transistor technology, it offers strong output power and high stability;

Equipped with multiple protection functions such as overcurrent, water shortage, phase loss, and under-voltage, it has a low failure rate and is safe and reliable;

Cabinet-style design, compact size, lightweight, easy installation and operation, simple and convenient.

1. Fast heating speed, high production efficiency, minimal oxidation and decarburization, saving materials and forging die costs.

2. Due to the principle of electromagnetic induction in medium frequency induction heating, heat is generated within the workpiece itself. Ordinary workers can begin continuous forging tasks within ten minutes of starting the medium frequency electric furnace, eliminating the need for specialized furnace operators to preheat and seal the furnace. There is no worry about waste caused by power outages or equipment failures leading to heated billets in coal furnaces. Because this heating method achieves rapid temperature rise, oxidation is minimal. Compared to coal furnaces, it saves at least 20-50 kg of steel raw material per ton of forging, with a material utilization rate of up to 95%. Due to uniform heating and minimal core-to-surface temperature difference, it significantly extends the lifespan of forging dies and results in a surface roughness of less than 50um for the forgings.

3. Induction heating generates heat within the workpiece itself, ensuring uniform heating and minimal core-to-surface temperature difference. The use of temperature control systems allows precise temperature regulation, improving product quality and yield.

4. Medium frequency induction furnace heating devices offer advantages such as compact size, lightweight, high efficiency, superior thermal processing quality, and environmental benefits. They are rapidly replacing coal-fired furnaces, gas furnaces, oil-fired furnaces, and ordinary resistance furnaces, representing the new generation of metal heating equipment.

5. Medium frequency furnaces are key equipment in casting, forging, and heat treatment workshops. Their operational stability, reliability, and safety ensure the normal and stable functioning of assembly line casting, forging, and heat treatment production lines. They provide excellent working conditions, improve the labor environment and corporate image, are pollution-free, and have low energy consumption. Induction heating is the most energy-efficient method among electric heating furnaces, consuming less than 360 kWh to heat a ton of forging from room temperature to 1100°C.

6. Compared to coal furnaces, induction heating furnaces free workers from exposure to the intense heat and smoke of coal furnaces under the scorching sun, and also meet various environmental protection standards. Equipment information hotline: 15838311591